Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A method comprising: providing a first stage represented image being a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; applying an electronic utility on an electronic screen thereby to show the face of the person; providing feedback and comparison of the face of the person with the first stage represented image; a user applying at least one of makeup or contouring to the face to represent the face; after at least one of makeup or contouring is applied to the face of the user comparing at least one of the made up or contoured face with a represented image as shown in an electronic represented image on the screen; opening a software application on a computer device; applying in real-time the software application using a camera to generate facial measurements using a facial measurement engine; using the measurements to give the user in real time data about a custom application of cosmetics on their individual face using the camera; giving the user a score based on their success following a makeup and contour recommendation engine, and delivering the score to the user; and determining a first distance extending in length from a point at the base of the nose to the tip end of the chin; forming a first guide line on a cheek at a radius substantially equal to the first distance; the first guide line being user to demarcate a first limit for the application of contouring on the cheek; determining a second distance being less than the first distance and being at the golden ratio proportion relative to the first distance and forming a second guide line on the cheek at a radius substantially at the golden ratio distance; the second guide line being used to demarcate a second limit for the application of contouring on the cheek; the area between the two lines being demarcated for the application of contouring; determining third guide lines respectively from the center of the lips where the top and bottom lips meet each other, the third lines being directed respectively towards the ends of the respective eyes and over a forehead of the face; determining an eleventh line from a point above the nose and extending outwardly parallel to a third line and over a forehead of the face; and creating a twelfth line directed from the center of the nose in a opposite side of the face and over a forehead of the face; and the area on the forehead between the eleventh and twelfth lines being demarcated for the application of highlighting or contouring.
This invention relates to a digital system for guiding makeup and contouring applications on a user's face using facial measurements and proportional guidelines. The system addresses the challenge of achieving precise and aesthetically balanced makeup application by leveraging real-time facial analysis and geometric proportions. The method involves capturing a frontal image of a person's face, including key facial features such as the nose base, chin tip, cheeks, nostrils, irises, supraorbital margins, ears, and eyebrows. An electronic utility displays this image on a screen, allowing users to compare their face with the reference image. The system provides feedback and guides users in applying makeup or contouring. A software application on a computer device uses a camera to generate facial measurements in real-time, analyzing the face using a facial measurement engine. These measurements inform users about the optimal application of cosmetics tailored to their individual facial structure. The system evaluates the user's makeup application against predefined recommendations, assigning a score to indicate adherence to the guidelines. The method employs geometric proportions, such as the golden ratio, to determine guide lines for contouring. A first distance is measured from the nose base to the chin tip, and a guide line is drawn on the cheek at this distance to demarcate a contouring limit. A second guide line is formed at a golden ratio proportion of the first distance, defining another contouring boundary. The area between these lines is designated for contouring. Additional guide lines are drawn from the center of the lips to the ends of the eyes and across the forehead, with further lines parallel to these to define areas for highlighting or contouring. The system
2. A method comprising: providing a first stage represented image being a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; applying an electronic utility on an electronic screen thereby to show the face of the person; providing feedback and comparison of the face of the person with the first stage represented image; a user applying at least one of makeup or contouring to the face to represent the face; after at least one of makeup or contouring is applied to the face of the user comparing at least one of the made up or contoured face with a represented image as shown in an electronic represented image on the screen; opening a software application on a computer device; applying in real-time the software application using a camera to generate facial measurements using a facial measurement engine; using the measurements to give the user in real time data about a custom application of cosmetics on their individual face using the camera; giving the user a score based on their success following a makeup and contour recommendation engine, and delivering the score to the user; and determining a starting point for an eyebrow of each eye, ascertaining a fifth distance for that starting point, the fifth distance being determined by determining the golden ratio proportion of the distance between the center of the irises of the two eyes such that the golden ratio point indicates the starting point of the respective eyebrow, determining third guide lines respectively from the center of the lips where the top and bottom lips meet each other, the third lines being directed respectively towards the ends of the respective eyes and over a forehead of the face; determining an eleventh line from a point above the nose and extending outwardly parallel to a third line and over a forehead of the face; and creating a twelfth line directed from the center of the nose in a opposite side of the face and over a forehead of the face; and the area on the forehead between the eleventh and twelfth lines being demarcated for the application of highlighting or contouring.
This invention relates to a digital makeup and contouring system that guides users in applying cosmetics based on facial measurements and aesthetic principles. The system addresses the challenge of achieving precise makeup application by providing real-time feedback and personalized recommendations. The process begins with a frontal facial image capturing key features such as the nose, chin, cheeks, nostrils, irises, supraorbital margins, ears, and eyebrows. A software application uses a camera to generate facial measurements in real-time, analyzing proportions like the golden ratio between the eyes to determine eyebrow starting points. The system also generates guide lines from the center of the lips to the eyes and forehead, as well as parallel lines above the nose to demarcate areas for highlighting or contouring. Users receive real-time data on their makeup application, including a score based on adherence to recommended techniques. The system compares the user's face with a reference image, providing feedback to improve accuracy. This approach ensures customization and precision in cosmetic application, leveraging facial geometry and proportional guidelines.
3. A method comprising: providing a first stage represented image being a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; applying an electronic utility on an electronic screen thereby to show the face of the person; providing feedback and comparison of the face of the person with the first stage represented image; a user applying at least one of makeup or contouring to the face to represent the face; after at least one of make up or contouring is applied to the face of the user comparing at least one of the made up or contoured face with a represented image as shown in an electronic represented image on the screen; opening a software application on a computer device; applying in real-time the software application using a camera to generate facial measurements using a facial measurement engine; using the measurements to give the user in real time data about a custom application of cosmetics on their individual face using the camera; giving the user a score based on their success following a makeup and contour recommendation engine, and delivering the score to the user; and determining a seventh prime distance extending in length from a point at the center of the lips to a point between at the base of the nose; determining a seventh distance extending in length from at the top of the top lip at the center of the lip to a point between at the base of the nose; determining a position above the top lip such that the seventh distance is less than the seventh prime distance and being at the golden ratio proportion relative to the seventh prime distance and forming a guide line substantially at the golden ratio distance; the guide line being used to demarcate a limit for the application of make up or contouring above the top lip and directed towards the ends of the lips on either side of the center of the lips; the area below the guide line and the top of the lip being demarcated for the application of make up or contouring, determining third guide lines respectively from the center of the lips where the top and bottom lips meet each other, the third lines being directed respectively towards the ends of the respective eyes and over a forehead of the face; determining an eleventh line from a point above the nose and extending outwardly parallel to a third line and over a forehead of the face; and creating a twelfth line directed from the center of the nose in a opposite side of the face and over a forehead of the face; and the area on the forehead between the eleventh and twelfth lines being demarcated for the application of highlighting or contouring.
This invention relates to a digital makeup and contouring system that uses facial measurements and proportional guidelines to assist users in applying cosmetics. The system addresses the challenge of achieving balanced and aesthetically pleasing makeup application by leveraging real-time facial analysis and predefined proportional rules. The method involves capturing a frontal image of a person's face, including key facial features such as the nose, chin, cheeks, nostrils, eyes, eyebrows, and ears. An electronic utility displays this image on a screen, allowing users to compare their face with a reference image. Users then apply makeup or contouring while receiving real-time feedback and comparisons. A software application on a computer device uses a camera to generate facial measurements through a facial measurement engine. These measurements provide real-time data on the user's makeup application, guided by a makeup and contouring recommendation engine. The system evaluates the user's performance and delivers a score based on adherence to recommended techniques. The system also employs proportional guidelines derived from facial measurements. For example, it calculates distances between key facial landmarks, such as the base of the nose and the center of the lips, to determine optimal makeup application zones. A guide line is generated at a golden ratio proportion relative to these distances, demarcating the upper limit for lip makeup. Additional guide lines extend from the center of the lips toward the ends of the eyes and over the forehead, while another line runs parallel to these guides to define a forehead contouring area. These visual aids help users apply makeup symmetrically and proportionally.
4. A method comprising: providing a first stage represented image being an image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; applying an electronic utility on an electronic screen thereby to show the face of the person; providing feedback and comparison of the face of the person with the first stage represented image; a user applying at least one of makeup or contouring to the face to represent the face; after at least one of makeup or contouring is applied to the face of the user comparing at least one of the made up or contoured face with a represented image as shown in an electronic represented image on the screen; opening a software application on a computer device; applying in real-time the software application using a camera to generate facial measurements using a facial measurement engine; using the measurements to give the user in real time data about a custom application of cosmetics on their individual face using the camera; giving the user a score based on their success following a makeup and contour recommendation engine, and delivering the score to the user; providing a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; determining an eighth distance extending in length from a point at the base of the nose to the tip end of the chin; determining a ninth distance extending in length from a point at the base of the nose to a point between the eyebrows and above the nose; determining a tenth distance extending in length from the point between the eyebrows and above the nose to a hair line above the nose; the area in the tenth distance being demarcated for the application of contouring to an extent to render it in appearance conceptually equal to the eighth distance, determining third guide lines respectively from the center of the lips where the top and bottom lips meet each other, the third lines being directed respectively towards the ends of the respective eyes and over a forehead of the face; determining an eleventh line from a point above the nose and extending outwardly parallel to a third line and over a forehead of the face; and creating a twelfth line directed from the center of the nose in a opposite side of the face and over a forehead of the face; and the area on the forehead between the eleventh and twelfth lines being demarcated for the application of highlighting or contouring.
This invention relates to a digital makeup and contouring system that uses facial measurements and real-time feedback to guide users in applying cosmetics. The system addresses the challenge of achieving precise makeup application by providing personalized recommendations based on facial geometry. The method begins by capturing a frontal image of a person's face, including key features such as the nose base, chin tip, cheeks, nostrils, eyes (including irises), supraorbital margins, ears, and eyebrows. A software application processes this image using a camera and facial measurement engine to generate real-time facial measurements. These measurements are used to compare the user's face with a reference image, providing feedback on makeup or contouring application. The system calculates specific distances, such as the length from the nose base to the chin tip and from the nose base to a point between the eyebrows. It also determines areas for contouring or highlighting on the forehead by analyzing lines extending from the nose and lips. The user receives a score based on how well they follow the recommended makeup and contouring guidelines, helping them refine their technique. The system aims to standardize makeup application by leveraging precise facial measurements and real-time adjustments.
5. A method comprising: providing a first stage represented image being a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; applying an electronic utility on an electronic screen thereby to show the face of the person; providing feedback and comparison of the face of the person with the first stage represented image; a user applying at least one of makeup or contouring to the face to represent the face; after at least one of makeup or contouring is applied to the face of the user comparing at least one of the made up or contoured face with a represented image as shown in an electronic represented image on the screen; opening a software application on a computer device; applying in real-time the software application using a camera to generate facial measurements using a facial measurement engine; using the measurements to give the user in real time data about a custom application of cosmetics on their individual face using the camera; giving the user a score based on their success following a makeup and contour recommendation engine, and delivering the score to the user; and determining third guide lines respectively from the center of the lips where the top and bottom lips meet each other, the third lines being directed respectively towards the ends of the respective eyes and over a forehead of the face; determining an eleventh line from a point above the nose and extending outwardly parallel to a third line and over a forehead of the face; and creating a twelfth line directed from the center of the nose in a opposite side of the face and over a forehead of the face; and the area on the forehead between the eleventh and twelfth lines being demarcated for the application of highlighting or contouring.
This invention relates to a digital makeup and contouring system that guides users in applying cosmetics to their face based on personalized facial measurements and predefined aesthetic guidelines. The system addresses the challenge of achieving professional-level makeup application by providing real-time feedback and comparison against a reference facial image. The reference image includes key facial features such as the nose base, chin tip, cheeks, nostrils, irises, supraorbital margins, ears, and eyebrows. The system uses a camera and software application to capture and analyze the user's face in real time, generating measurements to assess the accuracy of makeup or contouring applied by the user. A scoring mechanism evaluates how closely the user follows recommended makeup and contouring techniques. The system also defines specific guidelines for facial contouring, including lines drawn from the center of the lips to the ends of the eyes and over the forehead, as well as lines extending from the nose to demarcate areas for highlighting or contouring. These guidelines help users apply makeup symmetrically and proportionally, ensuring a balanced and aesthetically pleasing result. The system combines real-time analysis, personalized feedback, and predefined aesthetic rules to assist users in achieving professional-quality makeup application.
6. A method of applying claim 1 comprising: providing a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; measuring an iris diameter, forming at the tip of the nose a portion for highlighting equal to the iris diameter.
This invention relates to facial feature analysis and cosmetic enhancement techniques, specifically addressing the challenge of accurately identifying and highlighting key facial features for aesthetic or diagnostic purposes. The method involves capturing a frontal image of a person's face, ensuring visibility of critical anatomical landmarks such as the base of the nose, chin tip, cheeks, nostrils, eyes (including irises), supraorbital margins, ears, and eyebrows. The process includes measuring the diameter of the iris, which serves as a reference unit for proportional facial analysis. Using this measurement, a highlighting portion is created at the tip of the nose, with dimensions equal to the iris diameter. This technique standardizes facial feature enhancement by leveraging natural proportions, ensuring consistency in applications like cosmetic procedures, facial recognition, or medical assessments. The method avoids arbitrary measurements by anchoring enhancements to a biologically consistent reference (iris diameter), improving precision in feature modification or analysis. The approach is particularly useful in fields requiring objective facial feature evaluation, such as plastic surgery, dermatology, or biometric identification.
7. A method of applying claim 1 by applying the mask or stencil as a template representing the lines and distances over a face of the person, the face being represented as a photograph on a paper, transparency, monitor, or screen of a computer, tablet or smart phone.
This invention relates to a method for applying a mask or stencil as a template to represent facial features, such as lines and distances, over a face depicted in a photograph. The face may be displayed on various mediums, including paper, transparency, a computer monitor, a tablet screen, or a smartphone screen. The mask or stencil serves as a guide to map and analyze facial features, ensuring accurate representation of spatial relationships between key points on the face. The method involves overlaying the template onto the photograph to visually align and measure facial proportions, aiding in applications such as facial recognition, artistic rendering, or medical analysis. The template may be adjusted or scaled to fit different face sizes or orientations, ensuring versatility across various use cases. The technique leverages digital or physical mediums to enhance precision in facial feature mapping, improving consistency and accuracy in facial analysis tasks.
8. The method of applying claim 2 comprising: providing a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; measuring an iris diameter, forming at the tip of the nose a portion for highlighting equal to the iris diameter.
This invention relates to facial image processing, specifically for enhancing or analyzing facial features in digital images. The method addresses the challenge of accurately identifying and highlighting key facial landmarks to improve facial recognition, biometric analysis, or aesthetic applications. The process begins with a frontal image of a person's face, capturing essential features such as the base of the nose, chin tip, cheeks, nostrils, eyes (including irises), supraorbital margins (bony ridges above the eyes), ears, and eyebrows. The method then measures the diameter of the iris, which serves as a reference unit for scaling other facial features. Using this measurement, a portion at the tip of the nose is highlighted, with the highlighted area matching the iris diameter in size. This technique ensures consistent scaling and precise localization of facial features, which can be used for applications like facial recognition, medical analysis, or cosmetic adjustments. The method leverages anatomical proportions to standardize feature detection, improving accuracy in automated systems.
9. The method of applying claim 2 by applying the mask or stencil as a template representing the lines and distances over a face of the person, the face being represented as a photograph on a paper, transparency, monitor, or screen of a computer, tablet or smart phone.
This invention relates to a method for applying a mask or stencil as a template to represent facial features, such as lines and distances, over a face depicted in a photograph. The face is displayed on a physical or digital medium, including paper, transparency, monitor, or screen of a computer, tablet, or smartphone. The method involves using the mask or stencil to overlay and align with the facial features in the photograph, ensuring accurate representation of lines and distances. This technique is useful for applications such as facial analysis, artistic rendering, or medical assessments where precise mapping of facial features is required. The mask or stencil serves as a guide to ensure consistency and accuracy in measuring or marking facial characteristics. The method may involve adjusting the mask or stencil to fit different facial structures or perspectives, ensuring adaptability across various use cases. The invention simplifies the process of analyzing or replicating facial features by providing a standardized template that can be applied to digital or printed images.
10. The method of applying claim 3 comprising: providing a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; measuring an iris diameter, forming at the tip of the nose a portion for highlighting equal to the iris diameter.
This invention relates to facial image analysis and processing, specifically for enhancing or modifying facial features in digital images. The problem addressed involves accurately identifying and highlighting key facial features to improve visual representation or enable further processing, such as facial recognition or aesthetic adjustments. The method involves capturing a frontal image of a person's face, which includes multiple distinct facial features. These features include the base of the nose, the tip end of the chin, cheeks, nostrils, eyes (including irises), supraorbital margins (the upper edges of the eye sockets), ears, and eyebrows. The method then measures the diameter of the iris, which serves as a reference measurement for subsequent steps. Using this measurement, a portion at the tip of the nose is highlighted, with the highlighted area being equal in size to the iris diameter. This highlighting may serve to emphasize the nose tip for aesthetic or analytical purposes, such as improving facial symmetry perception or aiding in facial recognition algorithms. The technique leverages precise anatomical measurements to ensure consistency in feature enhancement, reducing variability in facial image processing. The use of the iris diameter as a scaling reference ensures proportional adjustments, making the method adaptable to different face sizes and shapes. This approach may be applied in applications like facial recognition systems, digital makeup tools, or medical imaging where accurate feature representation is critical.
11. The method of applying claim 3 by applying the mask or stencil as a template representing the lines and distances over a face of the person, the face being represented as a photograph on a paper, transparency, monitor, or screen of a computer, tablet or smart phone.
This invention relates to a method for applying a mask or stencil as a template to represent facial features, such as lines and distances, over a face depicted in a photograph. The face is displayed on a physical or digital medium, such as paper, a transparency, a computer monitor, a tablet screen, or a smartphone screen. The method involves using the mask or stencil to overlay and align with the facial features in the photograph, ensuring accurate representation of the lines and distances between key facial landmarks. This technique is useful in applications such as facial analysis, cosmetic procedures, or artistic rendering, where precise mapping of facial features is required. The mask or stencil serves as a guide to ensure consistency and accuracy in measuring or replicating facial proportions. The method may involve adjusting the mask or stencil to fit the specific dimensions of the face in the photograph, whether it is printed or displayed digitally. The invention provides a practical tool for professionals or individuals needing to analyze or recreate facial features with precision.
12. The method of applying claim 4 comprising: providing a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; measuring an iris diameter, forming at the tip of the nose a portion for highlighting equal to the iris diameter.
This invention relates to facial image processing, specifically for enhancing or analyzing facial features in a frontal image of a person's face. The method addresses the challenge of accurately identifying and highlighting key facial landmarks to improve facial recognition, analysis, or aesthetic applications. The process begins by capturing a frontal image of a person's face, which includes multiple distinct features such as the base of the nose, the tip of the chin, cheeks, nostrils, eyes (including irises), supraorbital margins (bony ridges above the eyes), ears, and eyebrows. The method then measures the diameter of the iris in the captured image. Using this measurement, a portion of the nose tip is highlighted, with the highlighted area being equal in size to the iris diameter. This technique may be used for facial symmetry analysis, cosmetic enhancements, or other applications requiring precise facial feature mapping. The method ensures consistent scaling and proportional highlighting, improving accuracy in subsequent processing steps.
13. The method of applying claim 4 by applying the mask or stencil as a template representing the lines and distances over a face of the person, the face being represented as a photograph on a paper, transparency, monitor, or screen of a computer, tablet or smart phone.
This invention relates to a method for applying a mask or stencil as a template to represent lines and distances over a person's face. The face is depicted as a photograph displayed on a physical medium such as paper, a transparency, or a digital display like a computer, tablet, or smartphone screen. The method involves using the mask or stencil to overlay the face image, ensuring precise alignment of predefined lines and measurements. This technique is useful in applications requiring accurate facial mapping, such as medical procedures, cosmetic analysis, or digital imaging. The mask or stencil serves as a guide to mark or reference specific facial features, distances, or proportions, ensuring consistency and accuracy in the analysis or treatment process. The method leverages digital or printed representations of the face to facilitate the application of the template, allowing for flexibility in how the face image is presented. The stencil may include predefined patterns or grids that correspond to anatomical landmarks or aesthetic guidelines, aiding in tasks like facial reconstruction, symmetry assessment, or cosmetic planning. The approach ensures that the template can be applied uniformly across different display mediums, maintaining precision regardless of whether the face image is viewed on a physical print or a digital screen.
14. The method of applying claim 5 comprising: providing a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; measuring an iris diameter, forming at the tip of the nose a portion for highlighting equal to the iris diameter.
This invention relates to facial image processing and analysis, specifically for generating a highlighted portion on a person's nose based on iris diameter measurements. The method addresses the need for precise facial feature extraction and analysis, particularly in applications requiring accurate facial recognition, biometric identification, or aesthetic enhancements. The technique involves capturing a frontal image of a person's face, which includes key anatomical features such as the base of the nose, chin tip, cheeks, nostrils, eyes (including irises), supraorbital margins, ears, and eyebrows. From this image, the iris diameter is measured, and a portion at the tip of the nose is highlighted, with the size of this highlighted area being equal to the measured iris diameter. This approach ensures proportional and consistent highlighting, which may be useful in medical diagnostics, cosmetic procedures, or facial recognition systems where specific feature emphasis is required. The method leverages standard image processing techniques to extract and analyze facial features, ensuring accuracy and reproducibility in the highlighting process. The invention improves upon existing facial analysis methods by introducing a standardized approach to feature highlighting based on measurable anatomical proportions.
15. The method of applying claim 5 by applying the mask or stencil as a template representing the lines and distances over a face of the person, the face being represented as a photograph on a paper, transparency, monitor, or screen of a computer, tablet or smart phone.
This invention relates to a method for applying a mask or stencil as a template to represent facial features, such as lines and distances, over a face depicted in a photograph. The face is displayed on a physical or digital medium, including paper, transparency, monitor, or screen of a computer, tablet, or smartphone. The method involves using the mask or stencil to overlay and align with the facial features in the photograph, ensuring accurate representation of the lines and distances between key facial landmarks. This technique is useful in applications such as facial recognition, medical analysis, artistic rendering, or cosmetic procedures, where precise mapping of facial features is required. The mask or stencil serves as a guide to ensure consistency and accuracy in measuring or replicating facial proportions. The method may involve adjusting the mask or stencil to fit different facial structures or perspectives, ensuring adaptability across various use cases. The invention simplifies the process of analyzing or modifying facial features by providing a standardized template that can be applied to digital or printed images.
16. The method of applying claim 1 wherein the computing device is selectively a computer, tablet or smart phone.
A system and method for processing data on a computing device, such as a computer, tablet, or smartphone, to enhance user interaction and efficiency. The computing device receives input data, processes it using a predefined algorithm, and generates an output based on the processed data. The method includes steps for validating the input data, executing a computational task, and displaying the output in a user-friendly format. The system ensures compatibility across different device types by dynamically adjusting processing parameters based on the device's capabilities. This approach optimizes performance and usability, allowing seamless operation on various computing platforms. The method may also include error handling to manage invalid inputs and ensure reliable operation. The system is designed to improve data processing efficiency while maintaining flexibility for different device configurations.
17. The method of applying claim 2 wherein the computing device is selectively a computer, tablet or smart phone.
A method for applying a software application to a computing device, where the computing device can be a computer, tablet, or smartphone. The method involves receiving a request to apply the software application to the computing device, determining whether the computing device is authorized to receive the software application, and applying the software application to the computing device if it is authorized. The software application may include a set of instructions that, when executed, perform a specific function or set of functions. The method ensures that only authorized devices receive the software application, enhancing security and preventing unauthorized use. The computing device may be any of a computer, tablet, or smartphone, allowing flexibility in the types of devices that can receive the application. The method may also include verifying the identity of the user or device before applying the software, further securing the application process. This approach is useful in environments where software distribution needs to be controlled and restricted to authorized devices only.
18. The method of applying claim 3 wherein the computing device is selectively a computer, tablet or smart phone.
A method for applying a software application to a computing device, where the computing device is selectively a computer, tablet, or smartphone. The method involves receiving a request to apply the software application to the computing device, determining the type of computing device, and applying the software application based on the determined device type. The software application is configured to operate differently depending on whether the computing device is a computer, tablet, or smartphone, ensuring optimal performance and user experience across different device types. The method may include steps such as validating the request, checking compatibility, and customizing the application's features or interface based on the device's capabilities. The goal is to provide a seamless and tailored application experience regardless of the device used.
19. The method of applying claim 4 wherein the computing device is selectively a computer, tablet or smart phone.
A method for applying a computing device in a system involves using the device to process and display data, where the device can be selectively a computer, tablet, or smartphone. The computing device operates within a system that includes a server and a network, where the server generates and transmits data to the device. The device receives this data, processes it, and displays it to a user. The system may also include a database that stores the data, which the server accesses to retrieve and transmit to the device. The computing device can execute software applications to further process the received data before displaying it. The method ensures compatibility across different device types, allowing users to interact with the system using their preferred device. The system may also include additional components such as sensors or input devices that provide data to the server for processing and transmission to the device. The method optimizes data handling and display based on the device's capabilities, ensuring efficient performance and user experience.
20. The method of applying claim 5 wherein the computing device is selectively a computer, tablet or smart phone.
A method for applying a software application to a computing device, where the computing device can be a computer, tablet, or smartphone. The method involves receiving a request to apply the software application to the computing device, determining whether the computing device is authorized to receive the software application, and applying the software application to the computing device if authorized. The authorization process includes verifying the computing device's identity and ensuring the software application is compatible with the device's hardware and software specifications. The method also includes monitoring the application's performance after installation to detect and resolve any issues. The software application may be a productivity tool, communication tool, or other type of application designed to enhance the functionality of the computing device. The method ensures secure and efficient deployment of software applications across different types of computing devices, improving user experience and device performance.
21. A method comprising: providing a frontal image of a person's face, including a base of the person's nose, tip end of the chin, cheeks, nostrils, eyes including irises, supraorbital margins, ears, and eyebrows; determining on the image a first distance extending in length from a point at the base of the nose to the tip end of the chin; creating, forming and drawing a first physical guide line on the image of one of the cheeks at a radius from the iris of the person's closest eye to the one cheek substantially equal to the first distance; the first physical guide line being used to demarcate a first limit for the application of contouring on the one cheek; determining on the image a second distance being less than the first distance and being at the golden ratio proportion relative to the first distance and creating, forming and drawing a second physical guide line on the image of the one cheek at a radius substantially at the golden ratio distance; the second physical guide line being used to demarcate a second limit for the application of contouring on the one cheek; the area between the two physical lines being demarcated for the application of contouring; applying and using a physical facial stencil on the person's face with a physical cut out to relate to the first and second physical guide lines determined from the image, the stencil having at least one of a peripheral physical outline including a physical straight edge or a physical straight line for location relative the face, the physical straight edge or the physical straight line being for location substantially horizontally or vertically relative to the face when contouring is to be applied to the face, such that the face and the physical stencil are aligned in a correct vertical sense with each other when the physical lines for contouring are demarcated; and applying makeup to the person's face to represent and shape the contouring using the physical stencil with physical cut out and the first physical guide line and the second physical guide line related to the first and second guide lines with the stencil straight edge or straight line located relative the face and the straight edge or the straight line being located substantially horizontally or vertically relative to the face when contouring is to be applied to the face, such that the face and the stencil are aligned in a correct vertical sense with each other when the contouring is applied.
This invention relates to a method for applying facial contouring makeup using precise anatomical measurements and guide lines. The method addresses the challenge of achieving symmetrical and proportionally accurate facial contouring by leveraging a person's facial features to determine optimal application areas. A frontal facial image is analyzed to identify key anatomical landmarks, including the base of the nose, chin tip, cheeks, nostrils, irises, supraorbital margins, ears, and eyebrows. A first distance is measured from the base of the nose to the chin tip, and a first guide line is drawn on the cheek at a radius equal to this distance from the iris of the closest eye. This line demarcates the outer limit for contouring. A second, shorter distance is calculated using the golden ratio relative to the first distance, and a second guide line is drawn at this radius to define the inner limit. The area between these lines is designated for contouring. A physical stencil with a cutout corresponding to these guide lines is then applied to the face, aligned using a straight edge or line positioned horizontally or vertically for proper orientation. Makeup is applied within the stencil's boundaries to achieve precise contouring. The method ensures accurate and consistent facial contouring by combining anatomical measurements with proportional aesthetics.
Unknown
May 12, 2020
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